SOLAR FLARE MODEL IN A CONTROLLED FUSION REACTOR “PLASMA FOCUS”

Abstract

pproach based on the occurrence of a solar flare with processes in an electric circuit
is proposed. One of the closest parameters to solar flares in a number of parameters is the evolution
of plasma objects in the Plasma Focus setup. Based on the physically justified similarity of the pro-
cesses occurring in the plasma focus and the solar flare, regularities are revealed that make it possi-
ble to trace the change in the plasma temperature depending on the change in the operating parame-
ters of the setup. As a result, the model parameters corresponding to the maximum approximation to
real conditions are obtained. Using the C ++ programming language, calculations and analysis of
the temperature dependence on the installation parameters are given: gas mass and speed of incident
particles, load resistance in the plasma focus. It is proved that the physical model of the solar flare
“Electric circuit” can be implemented on the existing material base of the plasma focus setup taking
into account the scaling of the flare process. Graphs of the dependence of the temperature of the
flashes on the particle velocity, circuit resistance indicate the identity of the solar flare and plasma
focus. The data obtained do not contradict real data and have a relative coincidence in the process of
unsteady processes, in the processes of formation of an energy surge.